Not true. The full chemical name of the protein Tintin is 189,819 letters long.lacktheknack said:The longest word in the world is 1185 characters long.
Also, the fear of long words is called "Hippopotomonstrosesquipidaliophobia".
I'm sorry, but that's wrong. You're actually putting a definite number of the points for the smaller circle there. Both circles are infinite, so it would seem the "bigger" circle would have more points in it. Even if the quantity of the points for the smaller circle was defined at first (an then it became infinite), then actually the smaller circle would just expand infinitely to meet the demands of the bigger cirle, as would the lines.Naheal said:There's such a thing as infinity not being large enough.
Example: draw a circle. Realize that there are an infinite number of points on that circle. Draw a line that connects every single one of those points with the center of the circle. The number of lines, by definition, is infinity.
Now, draw a larger circle around the smaller one and extend the lines that you drew from the smaller circle. The infinite lines that you drew from the initial circle are not enough to meet the infinite number of points on the new circle.
That isn't actually that many, we have loads, for example:Talal Provides said:Sharks have seven senses.
Let me go through Cantor's theorem again to see if I understood it correctly. I believe that the point that I made would be correct according to that theorem, but I need to make sure I got it correct.benzooka said:I'm sorry, but that's wrong. You're actually putting a definite number of the points for the smaller circle there. Both circles are infinite, so it would seem the "bigger" circle would have more points in it. Even if the quantity of the points for the smaller circle was defined at first (an then it became infinite), then actually the smaller circle would just expand infinitely to meet the demands of the bigger cirle, as would the lines.Naheal said:There's such a thing as infinity not being large enough.
Example: draw a circle. Realize that there are an infinite number of points on that circle. Draw a line that connects every single one of those points with the center of the circle. The number of lines, by definition, is infinity.
Now, draw a larger circle around the smaller one and extend the lines that you drew from the smaller circle. The infinite lines that you drew from the initial circle are not enough to meet the infinite number of points on the new circle.
To put it shortly: everything infinite will expand infinitely. There isn't a thing as infinity not being large enough for a bigger infinity, because they are both the same size: infinite, expanding infinitely.
In fact, you can't really realize infinite. Trying that for a lifetime will give you a headache at best.